3 Commissioning checklist
3.3
VRC 700
Work
20
Language
21
System diagram
22
System configuration
23
Fault status
24
Water pressure
25
System status
26
Frost protect. delay
27
OT constant heating
28
Control modules Display
29
Adaptive heat. curve
30
Configure heat. circ.
31
Automatic cooling
32
Start OT cooling
33
Source regeneration
34
Curr. room air hum.
35
Hybrid manager
36
Heat. bivalence point
37
DHW bivalence point
38
Alternative point
39
T. emergency mode
40
Energy supplier
41
Auxiliary heater for
42
System flow temp.
43
Buff. cyl. offs.
44
System diagram configuration
45
System diagram
46
Additional module
47
Multi-funct. output 2
48
Aux. heater output
49
Multi-funct. Input
50
Heat pump 1
51
Status
52
Current flow temp.
4
Comments/settings
Select
8
OK
No fault present
Check, at least 1500-2000 mbar
Display of current operating mode
4 hours
0 °C (min. -2 °C)
Display (VRC 700), heat pump 1 (VWS 36/4.1 230V),
heat pump additional module (VWZ MEH 61) check of
the eBUS connections
No if the control is installed in the heat pump
Yes if the control works in the living room with the ther-
mostat function
All
Only if a heating circuit and a zone are available
No
Function can be activated for underfloor heating
21 °C/flexible
Depends on the end customer and the type of brine
source. For compact and flat collectors, you should not
use passive cooling
No
Observe legal requirements, which may depend on the
countries
Current value display
Depends on the position of the VRC 700. The menu item
is only displayed if the control is installed in the living
room.
Biv. point
0 °C
0 °C
Off
25 °C
BH off
Agreements with energy supply company anti-cycling
times not recommended for a monoenergetic system
DHW+heat.
Current value display (value from the VWZ AI)
10 K
8
Circ. pump, if present
Stage 3
Not conn.
Current value display (standby, heating, cooling, do-
mestic hot water)
Current value display
System installation instructions 0020251822_01